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Top 10 DevOps Automation Tools for Software Developers in 2024

Top 10 DevOps Automation Tools for Software Developers in 2024

The DevOps model revolutionized IT organizations by streamlining development and operations teams, enabling faster deployment and timely product releases. Despite its potential, firms faced challenges in implementation. DevOps automation tools emerged as a solution, facilitating team resource sharing and technical collaboration. While no single tool can fully adopt DevOps, a wide variety caters to specific requirements, enhancing product output. Software developers willing to develop, test, and deploy software through automation struggle to determine which tool best fits. This article will help you know the top fifteen DevOps automation tools in 2024.

According to a study by HFS Research, which surveyed 631 major enterprises on their response to Covid-19, 55% of the enterprises expressed a desire to increase their utilization of DevOps automation in response to the challenges faced by their businesses.

What are DevOps Automation Tools?

DevOps automation tools facilitate the automation of various stages in the software development and deployment cycle. They integrate and streamline processes between software development (Dev) and IT operations (Ops), encompassing tasks like code integration, testing, deployment, and infrastructure management. These tools are central in implementing the DevOps methodology, focusing on continuous delivery and efficient workflow management.

The benefits and uses of DevOps automation tools include increased efficiency in software development and deployment processes, resulting in faster delivery of features and updates. They promote collaboration across teams, improve the consistency and quality of software releases, and reduce manual errors. By automating repetitive tasks, these tools enable teams to focus on more strategic, high-value activities. They also support scalability and adaptability in software projects, accommodating changing demands and facilitating continuous improvement in the development lifecycle.

Also Read: Top 15 DevOps Certifications for DevOps Engineers

When selecting a tool for infrastructure automation, consider the following factors:
  1. Compatibility with current infrastructure: Ensure the tool integrates smoothly with existing infrastructure and workflows.
  2. Features and functionality: Assess whether the tool’s capabilities align with the needs of your team and organization.
  3. Ease of use: Prioritize a user-friendly interface to facilitate effective adoption and usage by your team.
  4. Scalability: Choose a tool capable of scaling alongside your organization’s growth and evolution.
  5. Integration with other tools: Verify compatibility with existing tools and platforms utilized by your team.
  6. Support and documentation: Opt for a tool with comprehensive documentation and reliable support channels to address any issues efficiently.
  7. Cost: Evaluate the tool’s cost to ensure it aligns with your budgetary constraints.

Best DevOps Automation Tools to Lookup for in 2024

1. New Relic

New Relic is a comprehensive DevOps automation tool offering monitoring and analytics features tailored for software developers and DevOps teams. Its primary function is to monitor the performance of applications, servers, and infrastructure, enabling users to detect and resolve issues proactively.

This tool stands out for its intuitive interface and extensive documentation, catering to novice and seasoned users.

Key features of New Relic include:

  • Backend monitoring
  • Kubernetes monitoring
  • Mobile monitoring
  • Model performance monitoring
  • Infrastructure monitoring
  • Log management
  • Error tracking
  • Network monitoring
  • Vulnerability management
  • Browser monitoring

New Relic’s unique capabilities encompass real-time insights into application performance, transaction tracing for bottleneck identification, and cloud infrastructure monitoring.

It distinguishes itself through its user-friendly interface, seamless integration with popular tools such as AWS, Google Cloud, and Microsoft Azure, as well as CI/CD tools like Jenkins, CircleCI, and Travis CI. It integrates smoothly with communication tools like Slack and PagerDuty, along with other monitoring and analytics platforms like Grafana, Datadog, and Splunk.

2. Splunk

Splunk Enterprise is a powerful DevOps automation tool that enables DevOps teams to search, analyze, and visualize machine data and logs in real time. It can analyze machine states and efficiently identify hardware failure points. Splunk excels at rapidly collecting data from various sources.

Key features of Splunk Enterprise include:

  • Real-time search, analysis, and visualization of machine data and logs
  • Machine state analysis for identifying hardware failure points
  • Rapid data collection from multiple sources

Splunk Enterprise provides DevOps teams a user-friendly interface that facilitates easy and organized access to machine data visualization. Its functionalities include filtering logs and generating graphs to effectively obtain performance feedback and identify recurring issues.

3. Bamboo by Atlassian

Bamboo by Atlassian is a CI/CD DevOps tool designed to streamline and automate your delivery pipeline. With its intuitive and well-organized user interface, Bamboo facilitates seamless navigation for DevOps teams as they manage their daily tasks and automation.

What Bamboo offers:

  • Automated delivery pipeline setup
  • User-friendly interface for effortless task management
  • Writing and running test cases
  • Continuous integration implementation
  • Deployment automation to production environments
  • Parallel test execution to optimize time usage
  • Configuration of multiple branches and script execution
4. AWS CloudFormation

Amazon Web Services’ AWS CloudFormation empowers users to model and oversee infrastructure resources in an automated and secure manner. With CloudFormation, developers can define and provision AWS infrastructure resources using JSON or YAML-formatted Infrastructure as Code templates.

Key features of AWS CloudFormation include:

  • Scalability: Scale your infrastructure globally and seamlessly manage resources across all AWS accounts and regions through a single operation.
  • Extensibility: Extend and manage your infrastructure to incorporate cloud resources from the CloudFormation Registry, the developer community, and your library.
  • Automation: Automate resource management throughout your organization with AWS service integrations, providing turnkey application distribution and governance controls.
How AWS CloudFormation Works

5. Docker

Docker is an open-source Linux-based platform that empowers DevOps teams to build and run CI/CD jobs and applications efficiently. By leveraging Docker, operations teams can significantly reduce infrastructure costs and streamline the configuration management of the development lifecycle. Applications within Docker are inherently platform-independent.

Key features of Docker include:

  • Containerization: Docker provides a DevOps tool suite that creates containerized environments for web and mobile applications. Encapsulating environments within containers helps mitigate testing conflicts and enhances portability and security.
  • Remote Access: Docker enables users to access containers and execute applications from remote environments, fostering flexibility and accessibility in development workflows.
  • Integration: Docker integrates with project management tools such as Azure DevOps, facilitating smooth collaboration and workflow management.
6. Git

Git is a popular DevOps tool utilized by renowned companies like Facebook and enjoys widespread adoption among remote teams. This tool facilitates tracking the progress of development work and managing various versions of the source code across different operating systems, such as Microsoft Windows, Linux, and macOS.

Key offerings of Git include:

  • Version Control: Git offers robust version control capabilities, enabling developers and contributors to revert to any previous version of their build in case of code errors or issues.
  • Branching and Git Flows: Git allows users to create branches and implement Git flows, enhancing collaboration and code management within development teams.
  • Code History: Users can browse the history of code changes, which provides insights into the project’s evolution over time.
  • Integration with Host Repositories: Git interfaces seamlessly with host repositories like GitHub, enabling users to push their work for code review and collaboration.
7. Puppet

Puppet plays a crucial role in simplifying the management and orchestration of intricate IT infrastructures by enabling administrators to define infrastructure as code. This approach ensures consistency and repeatability in configuration across servers, cloud instances, and containers, addressing the evolving needs of businesses that rely on diverse, dynamic, and hybrid infrastructures.

Key aspects of Puppet’s significance include:

  • Streamlined Operations: Puppet streamlines provisioning, configuration, and continuous compliance, reducing operational complexity and minimizing errors. This results in accelerated software delivery and enhanced efficiency within DevOps environments.
  • Enhanced Scalability: Puppet facilitates efficient management and scaling of infrastructure, empowering organizations to adapt to evolving demands while maintaining high levels of security and compliance.
8. Terraform

Terraform, a product of HashiCorp, is an infrastructure-as-code software tool enabling users to define and provision data center infrastructure through a declarative configuration language known as HashiCorp Configuration Language (HCL) or JSON.

Key functionalities of Terraform include:

  • Infrastructure as Code: Terraform allows users to deliver infrastructure as code, transforming cloud APIs into declarative configuration files.
  • Adopt: Users can compose infrastructure using HCL within Terraform files to provision resources from any infrastructure provider.
  • Build: Terraform facilitates the creation of infrastructure automation workflows, enabling collaboration, reuse, and provisioning of infrastructure across IT operations and developer teams.
  • Standardize: Terraform supports establishing security, compliance, and cost management guardrails through role-based access controls, policy enforcement, and audit capabilities.
  • Scale: Terraform enables the extension of workflow automation to all organizational teams through self-service infrastructure as code. It integrates seamlessly with version control systems (VCS), IT service management (ITSM), and continuous integration/continuous deployment (CI/CD) pipelines.
9. Ansible

Ansible, a widely adopted automation and configuration management tool, holds significant importance in 2024 due to several key factors. Renowned for its simplicity and adaptability, Ansible empowers organizations to automate repetitive tasks, provision infrastructure, and manage configurations across diverse environments, serving as a vital tool for DevOps and IT teams.

Key attributes of Ansible include:

Simplicity and Versatility: Ansible’s straightforward nature and versatile functionality cater to users of all proficiency levels. Its agentless architecture, declarative language, and extensive library of pre-built modules enable seamless automation and configuration management.

Efficiency and Scalability: As organizations prioritize efficiency, scalability, and rapid deployment of applications and services, Ansible excels in streamlining operations and enhancing security. It facilitates infrastructure maintenance at scale, reducing manual errors and increasing agility in dynamic technological landscapes.

10. Raygun 

Raygun is a pivotal tool in software development and DevOps, ensuring application reliability and performance. As an application monitoring and error-tracking platform, Raygun empowers development teams to swiftly identify, diagnose, and resolve real-time issues.

As software systems grow in complexity and user expectations for seamless experiences rise, Raygun’s significance becomes evident in providing actionable insights into application errors and performance bottlenecks. This capability enables organizations to proactively address issues, minimize downtime, and elevate user satisfaction, leading to higher software quality and enhanced customer experiences.

Given software’s central role in modern businesses across industries, Raygun’s contribution to maintaining application health and facilitating rapid issue resolution makes it a fundamental tool for DevOps professionals and software developers alike.


Infrastructure automation plays a pivotal role in contemporary software development and DevOps methodologies. The 10 DevOps automation tools detailed in this article offer diverse solutions for automating different facets of infrastructure management, spanning provisioning, configuration management, continuous integration and delivery, and monitoring.

Whether you’re a burgeoning startup or a seasoned enterprise, selecting a tool from this compilation can effectively streamline your infrastructure automation processes, enhancing the efficiency of your development and operations workflows.


1. How do DevOps automation tools benefit organizations?

DevOps automation tools offer numerous benefits to organizations, such as increased speed and agility in software delivery, enhanced collaboration and communication among teams, improved scalability and flexibility, reduced downtime, lower operational costs, and enhanced security and compliance.

2. How do I choose the right DevOps automation tool for my organization?

When selecting a DevOps automation tool, consider factors such as compatibility with existing infrastructure, features and functionalities required by your team, ease of use, scalability, integration capabilities with other tools, availability of support and documentation, and cost-effectiveness.

3. What are some common challenges when implementing DevOps automation tools?

Common challenges in implementing DevOps automation tools include resistance to change within organizational culture, integration complexities with existing systems, skill gaps among team members, ensuring security and compliance, and effectively managing the scale of automation processes.

4. How do DevOps automation tools contribute to CI/CD pipelines?

DevOps automation tools are central to CI/CD (Continuous Integration/Continuous Delivery) pipelines by automating build, test, and deployment processes. These tools enable organizations to deliver faster and more reliable software updates and new features through automated testing, deployment, and monitoring.

5. Are DevOps automation tools suitable for all types of organizations?

Yes, DevOps automation tools are adaptable to organizations of all sizes and industries. Whether you’re a small startup, a mid-sized company, or a large enterprise, implementing DevOps automation tools can yield significant benefits in terms of efficiency, agility, and competitiveness in the market.

6. How can I learn to use DevOps automation tools effectively?

Various resources are available for learning DevOps automation tools, including official documentation, online tutorials, training courses, workshops, and community forums. Additionally, hands-on experience through practical projects and experimentation is key to mastering these tools effectively.

7. What trends are shaping the future of DevOps automation tools?

Emerging trends in DevOps automation tools include the adoption of AI and machine learning for predictive analytics and self-healing infrastructure, the rise of GitOps for infrastructure as code management, increased focus on observability and monitoring for improved insights, and the integration of security throughout the DevOps lifecycle (DevSecOps).

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